NexusClaw
NexusClawEnterprise Applications & Digital Employee Platform

Capabilities / One Operating System

Not six feature lists.One complete capability chain for digital labor in the enterprise.

Six domains answer six procurement questions: who acts, how the system improves, how risk is controlled, where data and models run, how delivery becomes engineering, and how existing work entry points connect.

They share one runtime kernel. Channels do not create another customer truth, the CLI does not bypass permissions, the growth loop does not skip Release Gate, and topology does not change governance or audit semantics.

NexusClaw operating chain

one kernel · six domains
01

Context

records and knowledge

02

Employee

identity sets authority

03

Governance

access, guardrails, approval

04

Audit

trace and tool evidence

05

Attribution

outcome and ownership

Growth loop

turn corrections into rollback-ready assets

Deployment

set data and model boundaries

Developers

make delivery an engineering workflow

Integrations

return every entry to one runtime chain

01 / Operating Foundation

Make a digital employee execute under explicit identity and authority

This layer answers who acts, what they may do, and how outcomes return to business.

01

Digital Workforce

Who acts?

Two identities and explicit authority for digital employees

Independent employees run with their service account and role; assistants inherit the real caller’s authority. Identity sets the authorization subject while the execution engine owns tools, approval, handoff, and write-back.

Identity and authorityEmployee configurationControlled executionApproval and audit
Explore digital employees
NexusClaw AI digital workforce command center
Real product evidence · workforce command center, tasks, and operating state

02 / Trust & Improvement

Improvement and control must exist together

Enterprises need more than successful execution: they need refusal, accountable approval, and rollback.

02

Growth Loop

How does it improve?

Turn human corrections into evaluated, approved, rollback-ready assets

Execution signals become explicit candidates, then pass draft, simulation, evaluation, human approval, and Release Gate. Production behavior is not rewritten by uncontrolled self-modification.

Learning signalsAsset candidatesEvaluation baselineRelease Gate
Explore the growth loop
NexusClaw learning inbox product interface
Real product evidence · learning inbox and behavior signals
03

Governance

How is it controlled?

Control before and during execution; evidence after it

Permission-aware context, L0–L4 guardrails, human approval, trace, tool calls, cost, and audit events form one control plane.

Permission-aware retrievalRisk guardrailsHuman approvalTrace and cost
Explore governance and audit
NexusClaw guardrail rules and risk levels
Real product evidence · object, action, risk, and control policy

03 / Delivery & Access

Deliver the same runtime semantics into different environments and entry points

Deployment, developer tools, and channel adapters deliver the system to customer boundaries without redefining permissions, audit, or customer truth.

04

Deployment

Where does it run?

Choose a topology by data, model, and ownership boundary

Managed SaaS, hybrid cloud plus customer AI PC, and private/single-host full stack have different resource and responsibility models while sharing one governance chain.

Managed SaaSHybrid AI PCPrivate deploymentGo-live and rollback evidence
Compare deployment shapes
NexusClaw governed digital employee execution view
Real operating evidence · context, execution, handoff, and audit
05

Developers

How is it delivered?

A governed engineering flow from login and diff to release and rollback

nexus CLI brings target resolution, source sync, Workforce training, machine output, and rollback to the terminal while preserving workspace isolation, permissions, audit, and Release Gate.

OAuth + PKCESource diffDry runMachine output and revision ledger
Explore developer workflows
nexus · governed DX

$nexus workspace current --target-org dev

one TargetContext resolved

$nexus source push --dry-run --json

phase: dry-run · remote unchanged

$nexus deployment rollback --history-id <id>

revision-ledger entry recorded

06

Integrations

Where does work enter?

Different channels, continuous customer context, governance, and outcomes

WeCom, Feishu, DingTalk, Web Chat, API, phone, and Mobile H5 are access channels that return to one identity, routing, execution, audit, and attribution chain.

Signature and mappingSmart RoutingMobile H5Dead letter, retry, and handoff
Explore integrations and mobile
NexusClaw AI Access Center product interface
Real product evidence · channel connection, message simulation, and Agent entry

Evaluation map

Six domains should close one loop in a live demo

Bring a real operating chain and start from an external entry or business record. Validate identity and access, controlled execution, human takeover, audit and attribution, governed improvement, and the selected deployment boundary. No number of features should hide a missing link.

01Entry and real caller
02Employee identity
03Tools and approval
04Trace and outcome
05Learning candidate and release gate
06Deployment and rollback ownership

Capability boundary

This reflects the current platform scope. The growth loop is human-gated and is not an autonomous self-evolution promise. Resource figures apply only to their named topology. Channel, model, and Community-edition depth follow project and release contracts.

Do not start with feature count. Start with one operating chain that must be accountable.

We will validate it with all six domains: who acts, how control works, what evidence remains, how improvement releases, where it runs, and where work enters.